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Hmm, I don't see anything referencing 15v or 18v versions. Where are you seeing that?

As far as I can tell there are two versions of the SPS switching boards.

1) Truesoft SPS - this is mostly thru hole components with 2-3 smd ics on the back.

2) SPS System - this has mostly smd components and was designed for mass production. I think he only sold these fully assembled

You want the Truesoft SPS pdf in the assembly folder

They probably took the bags out so they could move the seats closer together. 

Just clear your browser cookies / site data and you should be good.

Edit: Nope, still having issues

Just curious if there is any reasoning behind designing the standard series exclusively for the 1590b rather than both it and 125b? Some folks seem a tad hung up on top jacks.

A number of the circuits I'm working on for the series simply won't fit in both configurations. Some would, for sure. But then they wouldn't be "standardized" for one pre-defined hardware layout. I've got a pretty big hunch that when folks start building some of these projects they'll find them easy and enjoyable. At least, I hope so because I put in a tremendous amount of thought and planning into them, haha.

I was just thinking, that if it fits into a 1590b, a 125b is bigger in every dimension, so what's to stop you from using the larger size? Sorry, if I'm being dense.

Not dense at all! 125B requires extra space at the top end to fit the jacks and you have to make compromises to offer both options for 125B and 1590B simultaneously in a single PCB layout.

Frankly, I already did that in 2020 with a bunch of projects and sometimes that required a mix of 16mm snd 9mm pots. I dont think thats the best approach anymore. This series is about focusing on a specific layout standard for 1590B with minimal wiring and different bypass options. And, also because I want to make it easy for people that want to use the Tayda drilling and UV print service at the same time. These weren't even options just a few years ago.

That makes sense. I'm definitely excited to see it all in action once it's ready.

Just curious if there is any reasoning behind designing the standard series exclusively for the 1590b rather than both it and 125b? Some folks seem a tad hung up on top jacks.

A number of the circuits I'm working on for the series simply won't fit in both configurations. Some would, for sure. But then they wouldn't be "standardized" for one pre-defined hardware layout. I've got a pretty big hunch that when folks start building some of these projects they'll find them easy and enjoyable. At least, I hope so because I put in a tremendous amount of thought and planning into them, haha.

I was just thinking, that if it fits into a 1590b, a 125b is bigger in every dimension, so what's to stop you from using the larger size? Sorry, if I'm being dense.

Just curious if there is any reasoning behind designing the standard series exclusively for the 1590b rather than both it and 125b? Some folks seem a tad hung up on top jacks.

That is one classy looking guitar. Very nice

Fot the VFE stuff, are planning on bringing back the v3 switch board, or is it SPS from here on out?

Yes, I will still offer the older versions of the VFE stuff along with the v3 SB. Although, probably not the ones that overlap SPS format (for example, the MiniMu and hopefully soon Fiery Red Horse). It just depends on how many SPS projects I end up doing. Peter gave me a lot of SPS switching boards.

Nice

Fot the VFE stuff, are planning on bringing back the v3 switch board, or is it SPS from here on out?

I understand why you're interested in the Moog PMS-15 amp; it sounds fantastic. I like messing around with amps, too, and always get excited about finding out how to make rare ones. I haven't worked on a Moog PMS-15, but I've been in a similar spot trying to dig up info on hard-to-find amps.

I did send an email to info@moogfoundation.org but I did not get a response.

I was looking back through my stuff to see some other tricks I've had to pull.

This one shows how I had to use right angle connectors on top of the 3dpt. The smaller PH connectors worked but the larger XH would have been too tall

I did try pin headers and DuPont connectors but I ran into some issues doing it that way. They are too tall and you have to lay them flat or use a fly out wire.

See build report here
https://www.madbeanpedals.com/forum/index.php?topic=32259.msg309994#msg309994

I've given a lot of thought to the best connector type for some of the constraints of my particular use case which is centered around being modular. I won't go into it all but I landed on the JST PH 2.00mm type. They are small, not tall, keyed, and latch. Power, jacks, and relay switching all have 2 wires so it fits just fine in 2.54mm holes.

You can see what I have in mind in this build report.
https://www.madbeanpedals.com/forum/index.php?topic=33372.msg320253#msg320253

Just about every Standard Series project has the same wiring scheme: 6 point ribbon cable between effect and bypass, and wired or a 2.54mm removable connector option for all jacks. The most important one is for the DC jack because that allows you to completely disassemble a pedal without desoldering anything. I do plan on offering those connectors in the shop at some point, too.

I will do my best to adopt a similar standard for non 1590B projects, as well. I'm with you: I hate wiring and I plan to make most projects going forward to require as little as required.

That's great news.

I like to use connectors for power, jack in and out, and sometimes for the foot switch. Would it be possible to consider designing for the connector spacing on future boards, like maybe the new standard series.

For instance, I run into the issue in the picture a good bit.